PhD opportunity in Applied Physics – Space Radiation Effects at CERN

The HEARTS project branch at CERN is looking for a motivated physicist/engineer to take part in the development of a space radiation effects laboratory using heavy ion beams for irradiating electronic components before they are used on board spacecraft.

Take part and your cutting-edge research will help to shape the future of the rapidly growing spaceflight sector in Europe and the world!

Context and Objectives:

Radiation effects induced by heavy ions within electronics require an in-depth understanding on a fundamental physical level, generally achieved through the combination of experiments and simulations. The PhD student’s activities within this multidisciplinary research project will involve:

  • Identification of radiation effects within modern electronic architectures through simulation and experimental validation.
  • R&D in test facility development and dosimetry techniques, participation in test campaigns at CERN and potentially in other accelerator facilities.
  • Exploration of novel radiation effects testing methods (Spread-out Bragg peak, fully fragmented, GCR-like testing).

Details:

  • Workstation: CERN near Geneva (Switzerland). You will be part of the Radiation to Electronics (R2E) team within the SY-STI-BMI Beam Machine Interactions section, in charge of the development of the FLUKA Monte Carlo simulation code.
  • Program: When selected, you will apply to the CERN Doctoral student programme.
  • Home University: to be determined, in agreement with the selected candidate.
  • Start date: Latest 1st of September 2025.

Ideal candidate profile:

  • Master’s degree in physics, aeronautical or electronic engineering or a related field.
  • Knowledge of semiconductor physics and circuits; application of instrumentation and measurement techniques; analytic and critical mind with strong data processing and programming skills. Any experience with Monte Carlo simulations is considered a plus.
  • Communicative and collaborative spirit with problem-solving competencies, ability to work in teams but also driven to achieve results independently, capable of presenting and sharing results.
  • Written and spoken proficiency in English.

Application Process:

Submit the following documents in a single PDF to andreas.waets@cern.ch by Sunday May 11th, with the subject line “PhD Application – HEARTS”:

  • Cover letter detailing your motivation and fit for the position
  • CV, including academic and research experience
  • A one-page research proposal on a topic which you would like to investigate, related to the PhD project
  • Contact information for two references

HEARTS@CERN test campaign at CERN in 2024 (Image: CERN)

HEARTS@CERN test campaign at CERN in 2024 (Image: CERN)



See also

Please use this open-access publication to reference the HEARTS project:

R. García Alía et al., "The HEARTS EU Project and its Initial Results on Fragmented High-Energy Heavy Ion Single Event Effects Testing", in IEEE TNS, doi:10.1109/TNS.2025.3530502.

The HEARTS project is funded by the European Union under Grant Agreement No. 101082402, through the Space Work Programme of the European Commission.

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Commission. Neither the European Union nor the granting authority can be held responsible for them.